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Continuum Mechanics
1. Introduction to Continuum Mechanics
2. Mathematical Foundations
3. Kinematics of Deformation
4. Stress Analysis
5. Balance Laws and Field Equations
6. Constitutive Relations
7. Linear Elasticity
8. Fluid Mechanics Applications
9. Wave Propagation
10. Advanced Topics
Mathematical Foundations
Coordinate Systems
Cartesian Coordinates
Curvilinear Coordinates
Coordinate Transformations
Orthogonal Coordinate Systems
Index Notation and Summation Convention
Einstein Summation Convention
Free and Dummy Indices
Index Manipulation Rules
Kronecker Delta
Permutation Symbol
Vector Analysis
Vector Operations
Dot Product
Cross Product
Triple Products
Vector Identities
Tensor Algebra
Definition of Tensors
Tensor Transformation Laws
Tensor Order and Rank
Scalars
Vectors
Second-Order Tensors
Higher-Order Tensors
Tensor Operations
Addition and Subtraction
Scalar Multiplication
Tensor Products
Dyadic Product
Contraction
Double Contraction
Trace
Determinant
Transpose
Special Tensors
Identity Tensor
Zero Tensor
Symmetric Tensors
Skew-Symmetric Tensors
Orthogonal Tensors
Isotropic Tensors
Tensor Calculus
Gradient Operations
Gradient of Scalar Fields
Gradient of Vector Fields
Gradient of Tensor Fields
Divergence Operations
Divergence of Vector Fields
Divergence of Tensor Fields
Curl of Vector Fields
Laplacian Operator
Material Derivative
Integral Theorems
Divergence Theorem
Stokes' Theorem
Transport Theorems
Eigenvalue Problems
Principal Values
Principal Directions
Spectral Decomposition
Diagonalization
Invariants
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3. Kinematics of Deformation